“Our team of eight students drafted this proposal and we were incredibly pleased they were chosen,” said Dr. Jason Slinker, assistant professor of physics and faculty advisor on the project. “It really shows the quality of their work and the caliber of students we have at UT Dallas.”

The research project will focus on creating test equipment for light emitting diode or LEDs with more energy-efficient lighting sources. The team created the proposal complete with a cost-benefit analysis and an estimate of funds to complete the research.

“The main innovation of this project is to use conventional optical scanners to track the light output changes of LEDs with time,” said Omar Hasan, an electrical engineering major. “Our hypothesis is that, unlike conventional photodetectors, which only return information on emitted light intensity, the scanner will also simultaneously track color changes occurring in the LEDs.”

Exhibition of Excellence in Undergraduate Research

The Office of Undergraduate Education and the Office of Research have organized an exhibition on Thursday, March 29, to recognize the work of undergraduate researchers. All events will be in the Clark Center lobby:

11 a.m.-12 p.m. — Undergraduate researcher student panel

12-1 p.m. — Celebration of the inaugural issue of The Exley, UT Dallas' undergraduate research journal

The undergraduates participating in the project span a wide range of majors including physics, computer science, electrical engineering, biology, and biochemistry. Biology student Wei-Ting Liou said he became involved in drafting the proposal after taking a biophysics course taught by Slinker.

“I was interested in doing research, so I asked him if I could get involved with any kind of project,” Liou said. “We all wrote a portion of the proposal and that kind of collaboration really brought us all together.”

Sigma Pi Sigma, the National Physics Honor Society, award program provides support to local chapter activities.

“This was the first science award I have ever received so it was really exciting,” Liou added.

Now that the student researchers have received the award, they are executing the work — designing and building the driving circuits, writing software for automated testing, and investigating scanner and photo technology.

“We hope to have an initial prototype tester complete by the end of March or early April. The award support runs through December, at which time we will submit a final report to SPS,” Slinker said. “The award will also provide an additional supplement for the students to present their work at a conference.”